NASA to deploy lunar fission reactor by 2030 to power resource extraction

NASA plans to deploy a compact fission reactor on the Moon by 2030, prioritizing nuclear surface power as the enabling capability to extract and refine lunar resources for Artemis-era operations. The move elevates high‑capacity, continuous power over smaller RPS and solar approaches to enable sustained ISRU.

Discovered 2025-08-31T07:01:51.321181-07:00 | 2025-08-31T07:01:51.321181-07:00

Briefing

What Hype is tracking

Fission delivers continuous, high‑power capability essential for in‑situ resource extraction and refining; NASA has targeted a 100‑kW‑class system as part of its accelerated timeline to 2030 (see the fast-track 100‑kW lunar reactor effort: https://hype.aero/?story=3a720c41-60a1-48f1-93b0-fb00ddf6f411).
The agency is actively soliciting industry technical, cost and schedule input to shape system requirements and procurement pathways, creating near‑term contracting and development opportunities (see the RFI seeking industry input on fission surface power system requirements: https://hype.aero/?story=917cf2c8-a4e4-445f-9283-0ef70e90ac6c).
This decision is part of a broader shift back to nuclear power in space, affecting suppliers across power, propulsion and ISRU value chains and signaling strategic priorities for sustained cislunar operations (see coverage of renewed momentum for nuclear power in space: https://hype.aero/?story=059b124b-9f7a-4969-bec4-457d82b66a0d).

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